CN102955650A - Cursor gesture input method and device - Google Patents

Cursor gesture input method and device Download PDF

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Publication number
CN102955650A
CN102955650A CN2011102467575A CN201110246757A CN102955650A CN 102955650 A CN102955650 A CN 102955650A CN 2011102467575 A CN2011102467575 A CN 2011102467575A CN 201110246757 A CN201110246757 A CN 201110246757A CN 102955650 A CN102955650 A CN 102955650A
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cursor
mouse
sliding
display
display screen
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CN2011102467575A
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Chinese (zh)
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CN102955650B (en
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雷浩良
陈锦耀
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幻音科技(深圳)有限公司
幻音数码有限公司
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Abstract

A cursor gesture input method includes the steps of acquiring position of a cursor on a display screen; judging whether the position of the cursor locates at the edge of the display screen or not; if yes, acquiring a sliding direction of a mouse; judging whether the sliding direction of the mouse allows the cursor to tend to move out of the display screen or not; and if yes, locking the cursor moving at the edge of the display screen and transmitting a preset instruction to an instruction processing system. The cursor gesture input method and device allow a user to input only by continuously sliding the mouse in one direction with no need of precisely clicking a certain area, and inputting is more convenient and faster.

Description

光标滑动输入方法及装置 Cursor sliding input method and device

【技术领域】 TECHNICAL FIELD

[0001] 本发明涉及计算机技术领域,特别涉及一种光标滑动输入方法及装置。 [0001] The present invention relates to computer technologies, and particularly to a method and apparatus for input cursor slides. 【背景技术】 【Background technique】

[0002] 传统的视窗软件的输入方法通常为,在显示窗口中设置多个输入区,如图标、按钮等,在获取鼠标右键在输入区上的单击后弹出设有多个功能项的菜单,其中,每个功能项对应一种操作指令。 Input Method [0002] The traditional Windows software generally, a plurality of input fields in the display window, such as icons, buttons, etc., after acquiring right-click on the input area of ​​the pop-up menu with a more functional items , wherein each function key corresponds to an operating instruction. 用户再通过将光标移到对应的功能项上然后点击左键完成输入。 By the user and then move the cursor to the corresponding function item and click the left button input.

[0003] 由上所述,传统技术中的菜单展示方法需要用户先选中图标然后再逐步选择功能项,当功能项较小或功能项的层级较多时,用户需要点击的次数过多,从而造成操作的不便。 [0003] From the above, menu display method in the conventional technology requires the user to select the icon and then gradually select the function item, when smaller items or more functional level functional items, the user needs to click too many times, causing operation inconvenience.

【发明内容】 [SUMMARY]

[0004] 基于此,有必要提供一种能使得用户操作更快速方便的光标滑动输入方法。 [0004] Based on this, it is necessary to provide a user makes a cursor operation more quickly and easily slide input method.

[0005] 一种光标滑动输入方法,包括以下步骤: [0005] A sliding cursor input method, comprising the steps of:

[0006] 获取光标在显示器屏幕上的位置; [0006] Gets the cursor position on the display screen;

[0007] 判断光标的位置是否位于显示器屏幕的边缘,若是,则获取鼠标的滑动方向; [0007] It is determined whether the position of the cursor at the edge of the display screen, if yes, obtaining the mouse sliding direction;

[0008] 判断所述鼠标的滑动方向是否使光标有向显示器屏幕外移动的趋势,若是,则将光标锁定在屏幕边缘移动,并向指令处理系统发送预设的指令。 [0008] It is determined whether the sliding direction of the mouse cursor has moved to the outside of the trend display screen, and if yes, moves the cursor to the edge of the screen, and to transmit a preset command processing system instructions.

[0009] 优选的,所述获取鼠标的滑动方向的步骤之后还包括: [0009] Preferably, after the step of sliding the mouse direction obtaining further comprises:

[0010] 获取鼠标的滑动速度; [0010] Get the mouse sliding speed;

[0011] 所述向指令处理系统发送预设的指令的步骤之前还包括: [0011] prior to the step of sending instructions to the instruction pre-processing system further comprises:

[0012] 预定义与鼠标的滑动速度的快慢对应的指令。 [0012] speed instruction corresponding to a predefined sliding speed and a mouse.

[0013] 优选的,所述显示器屏幕上设有量化显示区; [0013] Preferably, the display screen on the display area is provided with quantization;

[0014] 所述获取鼠标的滑动速度的步骤之后还包括: After [0014] the step of obtaining a slip speed of the mouse further comprising:

[0015] 在所述量化显示区用数值或/和动画成比例地显示获取到的鼠标的滑动速度。 [0015] In the slip speed display area acquired with quantization values ​​and / or animation in proportion to the mouse.

[0016] 优选的,所述将光标锁定在屏幕边缘移动的步骤之后还包括: After [0016] Preferably, the step of locking the edge of the screen cursor is moved further comprising:

[0017] 播放声音提示。 [0017] play voice prompts.

[0018] 优选的,所述将光标锁定在屏幕边缘移动之后还包括: [0018] Preferably, the cursor will move the edge of the screen after the lock further comprises:

[0019] 获取光标在显示屏的边缘所处的区间; [0019] Gets the interval of the cursor is located at the edge of the display;

[0020] 所述向指令处理系统发送预设的指令的步骤之前还包括: [0020] prior to the step of sending instructions to the instruction pre-processing system further comprises:

[0021] 预定义与显示器屏幕的边缘的区间对应的指令。 [0021] section edge of the predefined command corresponding to the display screen.

[0022] 基于此,还有必要提供一种能使得用户操作更快速方便的光标滑动输入装置。 [0022] Based on this, it is necessary to provide a user makes operation more quickly and easily slide input device cursor.

[0023] 一种光标滑动输入装置,包括获取光标位置的显示器、获取鼠标滑动方向的输入装置、与所述显示器和所述输入装置连接的处理器;所述处理器接收到所述输入装置发送的鼠标滑动方向,当检测到所述鼠标滑动方向使光标有移出所述显示器屏幕的趋势时,向指令处理系统发送预设的指令,并向所述显示器发送第一信号;所述显示器接收到所述第一信号后,将光标锁定在显不器屏幕的边缘。 [0023] A slide input device cursor, the cursor position comprises obtaining a display, a mouse input device acquiring the sliding direction, a processor connected to the display and the input device; the processor receives input to said transmitting means mouse sliding direction, when it is detected that the sliding direction of the mouse cursor has moved out of the trend display screen, an instruction to transmit a predetermined command processing system, transmitting a first signal to said display; a display receiving after the first signal, the cursor is not significant to the edge of the screen.

[0024] 优选的,还包括与所述处理器连接的第一存储器;所述输入装置向所述处理器发送的数据还包括鼠标的滑动速度;所述第一存储器内存储有与鼠标的滑动速度的快慢对应的指令;所述处理器根据接收到的鼠标的滑动速度在所述第一存储器中查找对应的指令,并发送给指令处理系统。 [0024] Preferably, further comprising a first memory coupled to the processor; sending said input data to said processor means further comprises a sliding speed of the mouse; stored in said first memory and sliding the mouse speed corresponding to the command speed; the processor to search for a corresponding instruction in said first memory based on the received mouse sliding speed, and sends the command processing system.

[0025] 优选的,所述显示器屏幕上还设有量化显示区;所述处理器向所述显示器发送的数据包括所述鼠标的滑动速度,所述显示器采用数字或/和动画的方式成比例将所述滑动速度展示于所述量化显示区。 [0025] Preferably, the display screen on the display area is also provided with quantization; the data sent to the display processor comprises a sliding speed of the mouse, a digital display and / or animated manner proportional the slip speed is shown in the display area of ​​the quantization.

[0026] 优选的,还包括与所述处理器连接的音频设备;当所述处理器向所述显示器发送第一信号后,继续向所述音频设备发送第二信号;所述音频设备接收到所述第二信号后播放声音提不。 [0026] Preferably, further comprising an audio device coupled to the processor; when the first processor sends a signal to the display, continues to transmit the audio signal to a second device; the audio receiving device after the second sound signal is played mention.

[0027] 优选的,还包括与所述处理器连接的第二存储器;所述第二存储器内存储有与显示屏边缘上的区间对应的指令;所述处理器根据所述显示器发送来的光标在显示屏边缘所处的区间在所述第二存储器中查找对应的指令,并发送给指令处理系统。 [0027] Preferably, further comprising a second memory coupled to the processor; said second memory storing instructions corresponding to the section of the edge of the screen; the processor in accordance with the transmitted cursor display in which the edge of the screen section to find the corresponding instruction in the second memory, and sends the command processing system.

[0028] 采用了上述光标滑动输入方法和装置后,用户输入时只需朝一个方向持续滑动鼠标即可完成输入操作,不用精确的点选某个区域,使得输入操作更加方便和快捷。 After the [0028] sliding of the cursor using the method and apparatus input, continuous slide only in one direction when the user inputs a mouse to complete the input operation without precise click on a region, such that the input operation easier and faster.

【附图说明】 BRIEF DESCRIPTION

[0029] 图I为一个实施例中光标滑动输入方法的流程图; [0029] Figure I is a flowchart illustrating one embodiment of the method of sliding input cursor;

[0030] 图2为一个实施例中显示器屏幕的外观结构图; [0030] FIG. 2 is a configuration diagram of the appearance of the display screen embodiment;

[0031] 图3为一个实施例中光标滑动输入装置的结构示意图。 [0031] FIG. 3 is a schematic structural diagram of a slidable input device cursor embodiment.

【具体实施方式】 【Detailed ways】

[0032] 在一个实施例中,如图I所示,一种光标滑动输入方法,包括以下步骤: [0032] In one embodiment, shown in FIG. I A sliding cursor input method, comprising the steps of:

[0033] 步骤S102,获取光标在显示器屏幕上的位置。 [0033] Step S102, the acquired position of the cursor on the display screen.

[0034] 本实施例中,如图2所示,用户通过滑动鼠标从而控制光标在显示器屏幕10上自由移动。 [0034] In this embodiment, as illustrated, a user 2 by sliding the mouse to control the cursor freely on the monitor screen 10. 先实时获取光标在显示器屏幕10上的位置,优选的,以像素坐标的形式记录下来。 Real-time access to the cursor position on the display screen 10, preferably in the form of pixel coordinates recorded.

[0035] 步骤S104,判断光标的位置是否位于显示器屏幕的边缘,若是,则执行步骤S106,否则结束输入步骤。 [0035] In step S104, it is determined whether the cursor position at the edge of the display screen, if yes, perform step S106, otherwise the end of the input step.

[0036] 步骤S106,获取鼠标的滑动方向。 [0036] step S106, the acquired mouse sliding direction.

[0037] 获取到光标在显示器屏幕10上的位置后,即本实施例中,获取到了光标在显示器屏幕10上的坐标值后,判断光标所在位置的坐标是否为显示器屏幕的边缘。 [0037] After obtaining the position of the cursor on the monitor screen 10, i.e., in this embodiment, the cursor coordinate value obtained on the display screen 10, it is determined whether the coordinate position of the cursor to the edge of the display screen. 若是,则进一步的获取鼠标的滑动方向。 If so, then further access to the sliding direction of the mouse. 由于鼠标的滑动致使光标可以在显示器屏幕10上以上下左右四个方向自由移动,因此,此处鼠标的滑动方向可以通过换算转换成与显示器屏幕10上下左右四个方向对应的方向。 Since the mouse so that the cursor can slide freely move horizontally and vertically over the display screen 10, therefore, where the sliding direction of the mouse can be converted into the vertical direction corresponding to the four directions 10 by converting the monitor screen. 对于鼠标反转的情况,只需要简单的取反计算即可。 In the case of reversal of the mouse, simply negated can be calculated. 此处鼠标的滑动方向可以进一步的量化为采用符号、代码或电信号表示。 Here the sliding direction of the mouse can be further quantified as using symbols or codes represented by the electrical signal.

[0038] 步骤S108,判断所述鼠标的滑动方向是否使光标有向显示器屏幕外移动的趋势,若是,则执行步骤S110,否则结束输入步骤。 [0038] step S108, it is determined whether the sliding direction of the mouse cursor has moved to the outside of the trend display screen, if yes, perform step S110, the end or step input.

[0039] 步骤S110,将光标锁定在屏幕边缘移动,并向指令处理系统发送预设的指令。 [0039] In step S110, the cursor movement of the locking edge of the screen, and to transmit a preset command processing system instructions. [0040] 在光标处于显示器屏幕10的边缘,且获取到了鼠标的滑动方向后,继续判断鼠标的滑动方向是否使光标有向显示器屏幕10外移动的趋势。 [0040] After the cursor is at the edge of the display screen 10, and acquires the sliding direction of the mouse, the mouse continues to determine whether the sliding direction of the cursor moves to the trend monitor screen 10 outside. 即若光标位于显示器屏幕10的左边缘时,若获取到的鼠标的滑动方向也为左,则鼠标的滑动方向使光标有向左移出显示器屏幕10的趋势(当然,由于光标为虚拟图像,不可能移出显示器屏幕,因此此处用“趋势”来表示)。 I.e., if the cursor is at the left edge of the display screen 10, acquires a direction of sliding the mouse to the left also, the sliding direction of the mouse cursor has moved out of the display screen to the left trend 10 (of course, since the virtual cursor image, not may move out of the monitor screen, so here is represented by "trend").

[0041] 当通过判断鼠标的滑动方向检测到光标有向显示器屏幕10外移动的趋势后,将光标锁定在屏幕边缘移动,并向指令处理系统发送预设的指令。 [0041] Upon detecting the trend cursor is moved to the display screen 10 by sliding the outer direction determining the mouse, the cursor movement of the locking edge of the screen, and to transmit a preset command processing system instructions. 将光标锁定在屏幕边缘移动即为使光标可以沿着显示器屏幕的边缘移动,而不会使光标移出屏幕或消失。 The cursor to the edge of the screen to move the cursor that is movable along the edge of the display screen, the cursor is moved without the screen or disappears.

[0042] 本实施例中,优选的,在获取鼠标的滑动方向之后还获取鼠标的滑动速度。 [0042] In this embodiment, preferably, after acquiring the sliding direction of the mouse is also the mouse sliding speed acquired. 向指令处理系统发送预设的指令之前还预定义了与鼠标的滑动速度的快慢对应的指令。 Before sending a predetermined command to the command processing system further defines a predetermined speed command corresponding to the sliding speed of the mouse.

[0043] 例如,预定义了与鼠标的滑动速度的快慢对应的调节音量的指令。 [0043] For example, a predefined command corresponding to the speed of slip speed adjust the volume of the mouse. 即,当鼠标的滑动速度快时,音量增加或减少的速度快;当鼠标的滑动速度慢时,音量增加或减少的速度慢。 That is, when the mouse fast sliding speed, volume increase or decrease the speed faster; when the mouse slides slowly, increasing or decreasing the volume of slow. · ·

[0044] 优选的,显示器屏幕10上还设有量化显示区。 [0044] Preferably, the display screen on the display area 10 is also provided with quantization. 获取鼠标的滑动速度之后还在量化显示区用数值或/和动画成比例地显示获取到的鼠标的滑动速度。 After obtaining the mouse sliding speed display area is also quantized sliding speed acquired by the numerical mouse and / or animation proportionally.

[0045] 如图2所示,显示器屏幕10的左下角还预先设有一块量化显示区20,用于量化显示鼠标滑动速度的大小。 [0045] As shown, the lower left corner of the display screen 10 is also provided with two pre-display region 20 a quantizer for quantizing the display size of the mouse slip speed. 量化显示区20内包括数字显示区22和进度条24。 Quantizing the display area 20 includes a digital display area 22 and the progress bar 24. 当获取到鼠标的滑动速度后,根据一定比例进行换算,然后即可分别显示于数字显示区22和进度条24中。 When the mouse sliding speed is acquired, it is scaled according to a certain proportion, and are shown in figures to the display area 22 and the progress bar 24. 优选的,还可以根据鼠标滑动速度的大小改变进度条24的颜色和/或在进度条24上标注多个参考速度。 Preferably, progress can also change the color of the strip 24 and / or a plurality of the reference speed indicated on the progress bar 24 according to the size of the mouse slip speed.

[0046] 优选的,将光标锁定在屏幕边缘移动之后还播放声音提示,用于通知用户输入开始。 [0046] Preferably, the edge of the screen after the cursor lock moves also play voice prompts, for notifying the user input start.

[0047] 在一个实施例中,如图2所示,显示器屏幕10的上下左右边缘分别预设有多个区间,如图中A、B、C、D、E、F表示。 [0047] In one embodiment, as shown, vertical and horizontal edges of the display screen 10 are a plurality of predetermined 2 sections, as shown in A, B, C, D, E, F represents. 在将光标锁定在屏幕边缘移动之后还获取光标在显示屏的边缘所处的区间。 After the cursor to the edge of the screen to move the cursor on the edge of which is also acquired display section. 在向指令处理系统发送预设的指令之前还预定义有与显示器屏幕的边缘的区间对应的指令。 Before sending a predetermined command to the command processing system further has a predefined command and an edge section corresponding to a display screen.

[0048] 例如,本实施例中,预定义的A区间对应的指令为“放大”,B区间对应的指令为“缩小”,C区间对应的指令为“恢复原始大小”。 [0048] For example, in this embodiment, a predefined command corresponding to the section A is "zoom in", the interval corresponding to instruction B is "narrow", section C command corresponding to "restore the original size." 则,当获取到光标位于显示器屏幕10边缘的A区间内,且光标有向左移出显示器屏幕10的趋势时,则向指令处理系统发送“放大”的指令;当获取到光标位于显示器屏幕10边缘的C区间内,且光标有向上移出显示器屏幕10的趋势时,则向指令处理系统发送“恢复原始大小”的指令。 Then, when the cursor is on the acquired edge of the display screen 10 of the section A, and the cursor has moved out leftward trend display screen 10, sends an instruction is "amplified" to a command processing system; obtained when the cursor is at the edge of the display screen 10 within the C-section, and the cursor has moved out of an upward trend of the display screen 10, it will send a "restore the original size" command to the command processing system.

[0049] 再例如,本实施例中,预定义的D区间对应的指令为“静音”,E区间对应的指令为“切换桌面”。 [0049] As another example, in the present embodiment, a predefined command corresponding to the section D is "silence", command corresponding to the interval E "switch desktops." 则,当获取到光标位于显示器屏幕10边缘的D区间内时,调节音量为静音;当获取到光标位于显示器屏幕10边缘的E区间内时,则将显示器屏幕10切换到预定桌面。 Then, when the cursor is on the acquired edge of the display screen 10 of the D range, to adjust the volume is muted; obtained when the cursor 10 is located in the edge section E of the display screen, then the display screen 10 is switched to a predetermined table.

[0050] 在一个实施例中,如图3所示,光标滑动输入装置100包括获取光标位置的显示器102、获取鼠标滑动方向的输入装置104、分别与显示器102和输入装置104连接的处理器106。 [0050] In one embodiment, shown in Figure 3, the cursor 100 comprises a slide input device acquires the display position of the cursor 102, a mouse input device 104 acquires the sliding direction, the processor 102 are connected to a display 106 and input device 104 . 处理器106接收到输入装置104发送的包括鼠标滑动方向的数据,当检测到鼠标滑动方向使光标有移出显示器102的屏幕的趋势时,向指令处理系统发送预设的指令,并向显示器102发送第一信号。 The processor 106 receives the data including the sliding direction of the mouse input device 104 transmitted when it is detected that the sliding direction of the mouse cursor has moved out of the trend screen display 102, the transmission instruction to the instruction pre-processing system, and sends the display 102 The first signal. 显示器102接收到第一信号后,将光标锁定在显示器的显示屏的边缘。 After receiving the first display signal 102, the cursor to the edge of the display screen of the display.

[0051] 本实施例中,如图2所示,显示器102包括显示屏10。 [0051] In this embodiment, as shown in FIG. 2, display 102 comprises a display screen 10. 显示屏10上显示有光标,显示器102实时获取光标的位置,优选的,采用像素坐标值记录光标的位置。 A cursor on the display screen 10 is displayed, the display position of the cursor 102 acquired in real time, preferably using the position coordinate value of the pixel of the cursor record.

[0052] 本实施例中,输入装置104设置于鼠标内,在其他实施方式中,也可以设置于轨迹球,触摸板等装置内。 [0052] In this embodiment, the input device 104 is provided in the mouse, in other embodiments, may be provided in the trackball, touch pad device. 输入装置104用于获取鼠标的滑动方向。 An input means 104 for obtaining the sliding direction of the mouse. 由于鼠标的滑动致使光标可以在显示器屏幕10上以上下左右四个方向自由移动,因此,此处鼠标的滑动方向可以通过换算转换成与显示器屏幕10上下左右四个方向对应的方向。 Since the mouse so that the cursor can slide freely move horizontally and vertically over the display screen 10, therefore, where the sliding direction of the mouse can be converted into the vertical direction corresponding to the four directions 10 by converting the monitor screen. 对于鼠标反转的情况,只需要简单的取反计算即可。 In the case of reversal of the mouse, simply negated can be calculated. 此处鼠标的滑动方向可以进一步的量化为采用符号、代码或电信号表示。 Here the sliding direction of the mouse can be further quantified as using symbols or codes represented by the electrical signal. 输入装置104将获取到的鼠标的滑动方向发送给处理器106。 Transmitting the sliding direction of the acquired input device 104 to the processor 106 of the mouse.

[0053] 处理器106接收输入装置104发送的包括鼠标滑动的方向的数据。 [0053] The processor 106 receives the data including the sliding direction of the mouse input device 104 transmits. 当光标处于显示器屏幕10的边缘,且处理器106获取到了鼠标的滑动方向后,处理器106继续判断鼠标的滑动方向是否使光标有向显示器屏幕10外移动的趋势。 When the cursor is at the edge of the display screen 10, and the processor 106 acquires the sliding direction of the mouse, the processor 106 continues to determine whether the sliding direction of the mouse cursor moves to the trend monitor screen 10 outside. 即若光标位于显示器屏幕10的左边缘时,若获取到的鼠标的滑动方向也为左,则鼠标的滑动方向使光标又向左移出显示器屏幕10的趋势(当然,由于光标为虚拟图像,不可能移出显示器屏幕,因此此处用“趋势”来表示)。 I.e., if the cursor is at the left edge of the display screen 10, acquires a direction of sliding the mouse to the left also, the sliding direction of the mouse cursor to the left and out of the display screen 10 of the trend (of course, since the virtual cursor image, not may move out of the monitor screen, so here is represented by "trend").

[0054] 当处理器106检测到鼠标滑动方向使光标有移出显示器102屏幕的趋势时,向指令处理系统发送预设的指令,并向显示器102发送第一信号。 [0054] When processor 106 detects that the sliding direction of the mouse cursor out of the trend screen display 102 transmits a predetermined instruction to the instruction processing system, and transmitting a first signal display 102. 显示器102接收到第一信号后,将光标锁定在显不器屏.的边缘。 After receiving the first display signal 102, the cursor is not significant to the edge of the screen. The. 将光标锁定在屏.边缘移动即为使光标可以沿着显示器102的屏幕的边缘移动,而不会使光标移出屏幕或消失。 The on-screen cursor lock edge that is moving the cursor can be moved along the edge of the screen display 102, or out of the screen without the cursor disappears.

[0055] 优选的,输入装置104还检测鼠标的滑动速度,向处理器106发送的数据还包括鼠标的滑动速度,优选的,采用符号、代码或电信号表示。 [0055] Preferably, the input means 104 further detects a sliding speed of the mouse, data transmitted to the processor 106 further includes a sliding speed of a mouse, preferably using a symbol, or a signal indicative of the code. 光标滑动输入装置100还包括与处理器106连接的第一存储器108。 Sliding cursor input device 100 further includes a first memory coupled to the processor 106, 108. 第一存储器108内存储有与鼠标的滑动速度的快慢对应的指令。 A first memory 108 stores the instructions and the sliding speed corresponding to the speed of the mouse. 处理器106根据接收到的鼠标的滑动速度在第一存储器108中查找对应的指令,并发送给指令处理系统。 The processor 106 to find the corresponding instruction in the first memory 108 according to the sliding speed of the receiver to the mouse, and sends the command processing system.

[0056] 例如,第一存储器108内预存储了与鼠标的滑动速度的快慢成正比的调节音量的指令。 [0056] For example, a first memory 108 prestored instructions to adjust the volume of the speed proportional to the slip speed of the mouse. 则处理器106接收到大数值的鼠标滑动速度时,使用大幅度的调节音量幅值;处理器106接收到小数值的鼠标滑动速度时,使用小幅度的调节音量幅值。 When the mouse received a large numerical sliding speed of the processor 106, adjust the volume using substantial amplitude; processor 106 receives the mouse small slip speed value using the magnitude of small amplitude to adjust the volume. 即,当鼠标的滑动速度快时,音量增加或减少的速度快;当鼠标的滑动速度慢时,音量增加或减少的速度慢。 That is, when the mouse fast sliding speed, volume increase or decrease the speed faster; when the mouse slides slowly, increasing or decreasing the volume of slow.

[0057] 优选的,显示器屏幕10上还设有量化显示区。 [0057] Preferably, the display screen on the display area 10 is also provided with quantization. 处理器106向显示器102发送的数据还包括鼠标的滑动速度,显示器102采用数字或/和动画的方式成比例将滑动速度展示于量化显示区中。 The processor 106 sends data to the display 102 further comprises a sliding speed of the mouse, digital display 102 and / or animated manner proportional to the slip speed display area shown in quantization.

[0058] 如图2所示,显示器屏幕10的左下角还预先设有一块量化显示区20,用于量化显示鼠标滑动速度的大小。 [0058] As shown, the lower left corner of the display screen 10 is also provided with two pre-display region 20 a quantizer for quantizing the display size of the mouse slip speed. 量化显示区20内包括数字显示区22和进度条24。 Quantizing the display area 20 includes a digital display area 22 and the progress bar 24. 当显示器102获取到鼠标的滑动速度后,根据一定比例进行换算,然后即可分别显示于数字显示区22和进度条24中。 When the display 102 acquired by the mouse sliding speed, is scaled according to a certain proportion, and are shown in figures to the display area 22 and the progress bar 24. 优选的,还可以根据鼠标滑动速度的大小改变进度条24的颜色和/或在进度条24上标注多个参考速度。 Preferably, progress can also change the color of the strip 24 and / or a plurality of the reference speed indicated on the progress bar 24 according to the size of the mouse slip speed.

[0059] 优选的,光标滑动输入装置100还包括与处理器106连接的音频设备110。 [0059] Preferably, the cursor slide apparatus 100 also includes an audio input device 110 is connected to the processor 106. 当处理器106向显示器102发送第一信号后,继续向音频设备110发送第二信号。 When the processor 106 sends a first signal to the display 102, continues to transmit a second signal to the audio device 110. 音频设备110接收到第二信号后播放声音提示,用于提示用户开始输入。 The audio playback device 110 after receiving the second voice prompt signal for prompting the user starts typing. [0060] 本实施例中,优选的,如图2所示,显示器屏幕10的上下左右边缘分别预设有多个区间,如图中A、B、C、D、E、F表示。 [0060] In this embodiment, preferably, as shown, vertical and horizontal edges of the display screen 10 are a plurality of predetermined 2 sections, as shown in A, B, C, D, E, F represents. 显示器102在将光标锁定在屏幕边缘移动之后还获取光标在显示器屏幕10的边缘所处的区间。 Display 102 after the cursor to the edge of the screen to move the cursor on the edge which also acquires the display screen 10 section.

[0061] 光标滑动输入装置100还包括与处理器106连接的第二存储器112。 [0061] The cursor slide input device 100 further includes a second memory coupled to the processor 106, 112. 第二存储器112内存储有与显示器屏幕10边缘上的区间对应的指令。 The second memory 112 stores the instructions and the interval on the edge of the display screen 10 corresponding to. 处理器106根据显示器102发送来的光标在显示器屏幕10边缘所处的区间,在第二存储器112中查找对应的指令,并发送给指令处理系统。 The processor 106 displays a cursor 102 in the display screen transmitted to the edge 10 which the interval, to find the corresponding instructions in the second memory 112, and sends the command processing system.

[0062] 例如,本实施例中,第二存储器112中预存储的区间与指令的对应关系为:A区间对应的指令为“放大”,B区间对应的指令为“缩小”,C区间对应的指令为“恢复原始大小”。 [0062] For example, in this embodiment, 112 pre-stored in the second memory section of correspondence between instruction: instruction corresponding to the section A is "enlarged", the instruction corresponding to the section B is "narrow", corresponding to the section C command to "restore the original size." 贝U,当获取到光标位于显示器屏幕10边缘的A区间内,且光标有向左移出显示器屏幕10的趋势时,则向指令处理系统发送“放大”的指令;当获取到光标位于显示器屏幕10边缘的C区间内,且光标有向上移出显示器屏幕10的趋势时,则向指令处理系统发送“恢复原始大小”的指令。 Shell U, when the cursor is on the acquired edge of the display screen 10 of the section A, and the cursor has moved out leftward trend display screen 10, sends an instruction is "amplified" to a command processing system; obtained when the cursor is on the display screen 10 the inner edge section C, and the cursor has moved out of an upward trend of the display screen 10, it will send a "restore the original size" command to the command processing system.

[0063] 再例如,本实施例中,预定义的D区间对应的指令为“静音”,E区间对应的指令为“切换桌面”。 [0063] As another example, in the present embodiment, a predefined command corresponding to the section D is "silence", command corresponding to the interval E "switch desktops." 则,当获取到光标位于显示器屏幕10边缘的D区间内时,调节音量为静音;当获取到光标位于显示器屏幕10边缘的E区间内时,则将显示器屏幕10切换到预定桌面。 Then, when the cursor is on the acquired edge of the display screen 10 of the D range, to adjust the volume is muted; obtained when the cursor 10 is located in the edge section E of the display screen, then the display screen 10 is switched to a predetermined table.

[0064] 采用了上述光标滑动输入方法和装置后,用户输入时只需朝一个方向持续滑动鼠标即可完成输入操作,不用精确的点选某个区域,使得输入操作更加方便和快捷。 After the [0064] sliding of the cursor using the method and apparatus input, continuous slide only in one direction when the user inputs a mouse to complete the input operation without precise click on a region, such that the input operation easier and faster.

[0065] 增加了鼠标速度映射指令和鼠标速度量化显示区后,可以提示用户当前输入的指令。 [0065] increase the speed of the mouse and the mouse speed quantization mapping command display area, the current user may be prompted to input instructions. 增加了声音提示功能后,可以很好地提示用户何时输入已经开始,有效地避免了用户重复开始。 Increase the voice prompt feature, you may well prompt the user when input has begun, effectively avoid the user to repeat the start. 增加了显示屏边缘的区间映射指令后,增加了输入指令的样本集,方便用户输入多种指令。 Increasing the rim of the display section instruction maps, increasing the sample set input commands, user inputs various instructions.

[0066] 以上所述实施例仅表达了本发明的几种实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制。 [0066] The above embodiments are only expressed several embodiments of the present invention, and detailed description thereof is more specific, but can not therefore be understood as limiting the scope of the present invention. 应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,还可以做出若干变形和改进,这些都属于本发明的保护范围。 It should be noted that those of ordinary skill in the art, without departing from the spirit of the present invention, can make various changes and modifications, which fall within the protection scope of the present invention. 因此,本发明专利的保护范围应以所附权利要求为准。 Therefore, the protection scope of the present invention should be subject to the appended claims.

Claims (10)

1. 一种光标滑动输入方法,包括以下步骤: 获取光标在显示器屏幕上的位置; 判断光标的位置是否位于显示器屏幕的边缘,若是,则获取鼠标的滑动方向; 判断所述鼠标的滑动方向是否使光标有向显示器屏幕外移动的趋势,若是,则将光标锁定在屏幕边缘移动,并向指令处理系统发送预设的指令。 A sliding cursor input method, comprising the steps of: obtaining a cursor position on the display screen; determining the cursor position is at the edge of the display screen, if yes, obtaining the mouse sliding direction; determining whether the sliding direction of the mouse tends to move the cursor to the outside of the display screen, and if yes, moves the cursor to the edge of the screen, and to transmit a preset command processing system instructions.
2.根据权利要求I所述的光标滑动输入方法,其特征在于,所述获取鼠标的滑动方向的步骤之后还包括: 获取鼠标的滑动速度; 所述向指令处理系统发送预设的指令的步骤之前还包括: 预定义与鼠标的滑动速度的快慢对应的指令。 The cursor sliding input method according to claim I, characterized in that, after the step of obtaining the sliding direction of the mouse further comprising: obtaining a sliding speed of the mouse; transmitting said preset instruction to the instruction processing system, the step of before further comprising: a speed command corresponding to a predefined sliding speed and a mouse.
3.根据权利要求2所述的光标滑动输入方法,其特征在于,所述显示器屏幕上设有量化显示区; 所述获取鼠标的滑动速度的步骤之后还包括: 在所述量化显示区用数值或/和动画成比例地显示获取到的鼠标的滑动速度。 3. The method of claim cursor sliding input according to claim 2, characterized in that a quantized display area on the display screen; mouse after the step of obtaining the slip speed further comprises: a display area in the quantized values or / and animations displayed in proportion to the sliding speed acquired mouse.
4.根据权利要求I所述的光标滑动输入方法,其特征在于,所述将光标锁定在屏幕边缘移动的步骤之后还包括: 播放声音提不。 The cursor sliding input method according to claim I, wherein said step of moving the edge of the screen after the cursor lock further comprising: playing a sound mention.
5.根据权利要求I所述的光标滑动输入方法,其特征在于,所述将光标锁定在屏幕边缘移动之后还包括: 获取光标在显示屏的边缘所处的区间; 所述向指令处理系统发送预设的指令的步骤之前还包括: 预定义与显示器屏幕的边缘的区间对应的指令。 The cursor sliding input method according to claim I, wherein the edge of the screen to lock the cursor after the movement further comprises: acquiring a display screen cursor is located at the edge interval; transmitted to the command processing system before the step of the predetermined instructions further comprising: instructions predefined interval edge corresponding to the display screen.
6. 一种光标滑动输入装置,其特征在于,包括获取光标位置的显示器、获取鼠标滑动方向的输入装置、与所述显示器和所述输入装置连接的处理器;所述处理器接收到所述输入装置发送的鼠标滑动方向,当检测到所述鼠标滑动方向使光标有移出所述显示器屏幕的趋势时,向指令处理系统发送预设的指令,并向所述显示器发送第一信号;所述显示器接收到所述第一信号后,将光标锁定在显示器屏幕的边缘。 A sliding cursor input device, comprising obtaining a display position of a cursor, a mouse input device acquiring the sliding direction, processor means coupled to said display and said input; the processor receives the mouse input device transmits the sliding direction, when detecting that the mouse cursor has a tendency to slide out of the direction of the display screen when a preset instruction to the transmission command processing system, transmitting a first signal to said display; the after receiving the first display signal to lock the cursor at the edge of the display screen.
7.根据权利要求6所述的光标滑动输入装置,其特征在于,还包括与所述处理器连接的第一存储器;所述输入装置向所述处理器发送的数据还包括鼠标的滑动速度;所述第一存储器内存储有与鼠标的滑动速度的快慢对应的指令;所述处理器根据接收到的鼠标的滑动速度在所述第一存储器中查找对应的指令,并发送给指令处理系统。 7. The cursor 6 sliding input device according to claim, characterized by further comprising a first memory coupled to the processor; sending said input data to said processor means further comprises a sliding speed of the mouse; the first memory stores a speed command corresponding to the sliding speed of the mouse; the processor to search for a corresponding instruction in said first memory based on the received mouse sliding speed, and sends the command processing system.
8.根据权利要求7所述的光标滑动输入装置,其特征在于,所述显示器屏幕上还设有量化显示区;所述处理器向所述显示器发送的数据包括所述鼠标的滑动速度,所述显示器采用数字或/和动画的方式成比例将所述滑动速度展示于所述量化显示区。 8. cursor slide input device according to claim 7, wherein the quantization is also a display area on the display screen; the data sent to the display processor comprises a sliding speed of the mouse, the said digital display mode and / or animation proportional to the sliding speed of the quantization are shown in the display area.
9.根据权利要求6所述的光标滑动输入装置,其特征在于,还包括与所述处理器连接的音频设备;当所述处理器向所述显示器发送第一信号后,继续向所述音频设备发送第二信号;所述音频设备接收到所述第二信号后播放声音提示。 9. cursor slide input device according to claim 6, characterized by further comprising an audio device coupled to the processor; when the first processor sends a signal to the display, the audio continues to a second signal transmitting apparatus; said voice prompt audio playback device after receiving the second signal.
10.根据权利要求6所述的光标滑动输入装置,其特征在于,还包括与所述处理器连接的第二存储器;所述第二存储器内存储有与显示屏边缘上的区间对应的指令;所述处理器根据所述显示器发送来的光标在显示屏边缘所处的区间在所述第二存储器中查找对应的指令,并发送给指令处理系统。 Cursor according to claim 6, said sliding input means, characterized by further comprising a second memory coupled to the processor; in the second memory section and stores the instructions on the display screen corresponding to the edge; the processor according to find a cursor of the display section in the transmitted edge of the screen in the second memory at which a corresponding instruction, and sends the command processing system.
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